DEVICE FOR MEASURING A FLOW OF URINE IN A CABETED PATIENT (Machine-translation by Google Translate, not legally binding)
Device (6) for measuring a flow of urine in a catheterized patient (30) comprising: - a dropper (5) comprising a chamber (5a) for housing liquid; - an inlet tube (3) configured to join the camera (5a) to a catheter (2) of the probed patient (30); - an outlet tube (3a) configured to join the chamber...
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Main Authors | , , , , , , , , , |
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Format | Patent |
Language | English Spanish |
Published |
20.05.2024
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Subjects | |
Online Access | Get full text |
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Summary: | Device (6) for measuring a flow of urine in a catheterized patient (30) comprising: - a dropper (5) comprising a chamber (5a) for housing liquid; - an inlet tube (3) configured to join the camera (5a) to a catheter (2) of the probed patient (30); - an outlet tube (3a) configured to join the chamber (5a) with a urinary bag (4); - a main printed circuit board (35) for holding the dripper (5); - an emitter (19a) configured to emit an infrared beam (36) through the camera (5a) of the dripper (5); - a receiver (19b) configured to receive the infrared beam (36) through the camera (5a) of the dripper (5); - a processing unit (13) configured to calculate an amount of urine flow produced by the probed patient (30) from a variation of the infrared beam received, either because the passage of liquid through the chamber (5a) occurs in the form of drops or in the form of a continuous flow; - a wireless communications unit (32) configured to send information about the data generated in the processing unit (13). (Machine-translation by Google Translate, not legally binding)
Dispositivo (6) para medir un flujo de orina en un paciente sondado (30) que comprende: - un gotero (5) que comprende una cámara (5a) para alojar líquido; - un tubo de entrada (3) configurado para unir la cámara (5a) a un catéter (2) del paciente sondado (30); - un tubo de salida (3a) configurado para unir la cámara (5a) con una bolsa urinaria (4); - una placa de circuito impreso principal (35) para sujetar el gotero (5); - un emisor (19a) configurado para emitir un haz de infrarrojos (36) a través de la cámara (5a) del gotero (5); - un receptor (19b) configurado para recibir el haz de infrarrojos (36) a través de la cámara (5a) del gotero (5); - una unidad de procesamiento (13) configurada para calcular una cantidad de flujo de orina producida por el paciente sondado (30) a partir de una variación del haz de infrarrojos recibido, ya sea porque el paso de líquido por la cámara (5a) ocurra en forma de gotas o en forma de flujo continuo; - una unidad de comunicaciones inalámbrica (32) configurada para enviar información acerca de los datos generados en la unidad de procesamiento (13). |
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Bibliography: | Application Number: ES20230031125U |